Introducing Gap in Hair Follicle Electromagnetism as Mechanism for the Presence of Bipolar Electrical Charges Inherent in the Human Hair Shaft

The document discusses the electromagnetic properties of human hair, specifically the presence of bipolar electrical charges in the hair shaft. It references the detection of magnetic fields in human hair follicles using magnetometers since 1980 and the development of a tabletop optical microscopy method in 2015 for observing these fields. The study presents qualitative images that document the bipolar electrical property of the hair shaft, suggesting that the shaft exhibits a positive charge on one side, which is linked to triggering blood coagulation as evidenced by fibrin formation. The conclusion of the document is that the bipolarity of the hair shaft is due to a gap in the electromagnetic fields of the follicle, which prevents energy from completely surrounding the shaft.